Quanta CREATE students are conducting research in a range of exciting areas.
Sanaa Al-Sumaidae – Optical Microcavity Studies
Timothy Harrison – Tunable Optical Filters
James Maldaner – Optical Cavity QED System Development
Seyed Azmayesh-Fard – Patterned Assembly of Nano-Scale Light Emitters
Kyle Scheuer – 2D Light Emitters
Danny Pulikkaseril – 2D Light Emitters
Graham Hornig – Membrane-in-the-Middle Optomechanics
Lintong Bu – Piezo-Actuated Microcavity Arrays
Andrei Tretiakov – Microwave Cavity Atom-Optics
Anindya Rastogi – Atomic Quantum Memory
Benjamin Smith – Quantum Simulation with BECs
Erhan Saglamyurek – Atomic Quantum Memory
Jayke Boghean – Microwave Atom-Optics
Logan Cooke – Quantum Simulation with BECs
Michelle Sullivan – Hybrid Atomic-Cryogenic Quantum Systems
Myles Ruether – Hybrid Atomic-Cryogenic Quantum Systems
Timothy Lee – Microwave Cavity Atom-Optics
Sourabh Kumar – Quantum Networks, Quantum Neuroscience
Parisa Zarkeshian – Quantum Memories, Quantum Neuroscience
Sumit Goswami – Quantum Networks, Rydberg States
Faezeh Kimiaee Asadi – Quantum Networks, Rare-Earth Ions
Stephen Wein – Room-Temperature Quantum Networks, Quantum Dots, Plasmonics
Jiawei Ji – Quantum Networks, Solid-State Defects
Yufeng Wu – Quantum Repeaters
Hadi Zadeh Haghighi – Quantum Neuroscience
Shahrzad Taheri – Quantum Memories
Ken Sharman – Quantum Networks, Quantum Dots
Jordan Smith – Quantum Neuroscience
Bradley Hauer – Silicon Optomechanics at Low Temperatures
Sean McClure – Superconducting Qubit Spectroscopy in 3D Microwave Cavities
Hugh Ramp – Microwave to Optical Transduction
Matt Rudd – Optomechanical Torque Sensors
Alexander Shook – Superfluid 3He in Confined Geometries
Nicholas Sorensen – Quantum Optics for Optomechanics
Vaisakh Vadakkumbatt – Superfluid 3He and Cavity Optomechanics
Emil Varga – Superfluid 4He and 3He
Clinton Potts – Quantum Behaviour of Magnetic Materials